Part E Account for both translational and rotational motions to estimate the kinetic energy of the bowling ball immediately prior to the strike Express your answer with the appropriate units.

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Suppose that you are at a bowling alley. The length of the
bowling alley is 18 m. The time it takes a 6.4 kg bowling ball
to travel down the alley prior to the strike is about 4.0 s. For
your location, the estimation of the sound intensity level of
crashing pins after a well-executed strike is about 85 dB and
the duration of the crashing sound is approximately 2.0 s.
Transcribed Image Text:Suppose that you are at a bowling alley. The length of the bowling alley is 18 m. The time it takes a 6.4 kg bowling ball to travel down the alley prior to the strike is about 4.0 s. For your location, the estimation of the sound intensity level of crashing pins after a well-executed strike is about 85 dB and the duration of the crashing sound is approximately 2.0 s.
Part E
Account for both translational and rotational motions to estimate the kinetic energy of the bowling ball immediately prior to the strike
Express your answer with the appropriate units.
?
K = Value
Units
Submit
Request Answer
Transcribed Image Text:Part E Account for both translational and rotational motions to estimate the kinetic energy of the bowling ball immediately prior to the strike Express your answer with the appropriate units. ? K = Value Units Submit Request Answer
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